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2 Magnet of 37in cyclotron at Liverpool University facing p
1 Orbit of particles in cyclotron page
effect of an auxiliary contractor coil
4 other sections not shown
accelerate electrons accelerating tube accelerating voltage Atomic Energy Research axial beam current belt Berkeley betatron and synchrotron betatron core Cavendish Laboratory circulating current Clarendon Laboratory coils condenser bank conductors constant construction conventional cyclotron corona discharge D. W. Phys dee voltage deuterons diameter difficulties donut drift tubes effect electron beam electron synchrotron electron-volts electrostatic energy ranges Energy Research Establishment equilibrium orbit focusing freon frequency modulation gamma-rays give Graaff gradient guide field heavy particles high energy machines high voltage terminal increase injection Instrum insulating ion source Kerst laminated large number length linear accelerator magnetic field maximum McMillan method Metropolitan-Vickers neutrons nuclear physics number of revolutions obtained operation orbit orbit radius oscillations peak phase pole possible potential pressure produce protons pulse r.f. voltage radiation radio frequency resonator stable orbit sufficient synchro synchro-cyclotron tank target trons University of Glasgow wave wave-guide Wideroe X-ray